In order to more accurately understand and predict the fatigue crack growth behavior in
welded structures, a fatigue crack tip field model considering residual stress and plasticity …

Titanium alloys, due to their advantageous properties are used to construct key components
in aero-engines. However, their susceptibility to dwell fatigue conditions has been known to …

Characterizing the cracking behavior of epoxy adhesive material is of great importance for
composite structures. Recently, the phase field model has emerged as the preferred method …

The existing equipment maintenance methods mainly separate the two related phases of
prediction and predictive maintenance (PdM) by looking at remaining useful life (RUL) …

This study proposes a novel methodology to model the fatigue crack growth acceleration
under underloads using a phase field fracture framework. In this model, fatigue crack growth …

Fatigue fracture is one of the main causes of failure in structures. However, the simulation of
fatigue crack growth is computationally demanding due to the large number of load cycles …

This paper established a fatigue fracture phase-field model (PFM) to evaluate fatigue
damage evolution and crack propagation in oil and gas pipeline. To address inaccuracies in …

This thesis presents the implementation of a lower-order strain gradient plasticity model to
capture size-dependent plastic deformation and nonlocal damage effects. Two methods are …

Abstract (EN) Fatigue fracture is one of the main causes of failure in engineering structures.
However, its simulation still remains a challenge. To this end, an efficient phase-field model …

The phenomenon of hydrogen-induced failure, which affects a wide range of metals, has
attracted significant interest in recent times. This phenomenon arises when hydrogen …